Def countUppercase(s):
count=0
for i in s:
if i.isupper():
count+=1
s=s.replace(i, "")
else:
s=s.replace(i, "")
countUppercase(s)
return count
element=input("Enter the string: ")
string=countUppercase(element)
print("\nNumber of upper letter in the string: ",string)
Information technologies are unique not just because of their growing use in decision-making and knowledge management systems, important as that is. Their use has also yielded significant improvements in the efficiency of energy and materials use.
In Python, a string is an array of characters, we can access these characters using index operator []. For example, we have a_string = "Hello World" a_string[0] prints the first character in string ('H').
We can also use index operator to make substrings, for example a_string[0:3] will make a substring with first, second, third and fourth character equal to "Hell".
Now to business
my_string = "This is MY string!"
print(my_string[0:7]) # Prints "This is "
print(my_string[0:7:5]) # Prints "T" then prints the sixth character since we start counting at 0 hence prints "Ti" (note that space is also a character).
Hope this helps.
<em>How does multithreading affect the throughput of a GetFile Server hosting many very large files?</em>
Answer:
It create multiple threads of large file which eventually causes in slowing down the speed of server which results in slower response time.
<em>How does multithreading affect the average response time for a GetFile server hosting a few small files?</em>
Answer:
Multiple threads in smaller files result in rapid response time and enormous process speed in small files.
Considering the situation described above, the fraction of the CPU execution that is devoted to handling clock interrupts "<u>12 percent</u>."
<h3>CPU Execution process.</h3>
The process of CPU Execution involves the execution of an instruction which in life fetches an instruction from memory through its ALU to carry out an operation and then saves the result to memory.
To illustrate the fraction of the CPU execution that is devoted to handling clock interrupts, we have:
60 × 2 msec = 120 msec ÷ 1 sec = 12 percent.
Hence, in this case, it is concluded that the correct answer is <u>12 percent CPU</u> devoted to the clock.
Learn more about the CPU execution here: brainly.com/question/14400616
